Six Sigma: Black Belt

Master Black Belt tools to lead data-driven improvements

Duration 2h 29m Rating (4.8) Price Included with subscription on LinkedIn Learning
Created by Richard Chua
Platform: LinkedIn Learning Topic: Management Skills: Design of Experiments Six Sigma Statistical Process Control

Six Sigma: Black Belt is an online course taught by Dr. Richard Chua that focuses on advanced Six Sigma methodologies for leading high-impact process-improvement initiatives.

The course emphasizes the DMAIC roadmap and advanced statistical techniques—measurement system analysis, hypothesis testing, design of experiments, response surface methods, and statistical process control—to build measurable competency in project leadership and data-driven problem solving for experienced practitioners.

At a Glance

Six Sigma: Black Belt is an online professional course that teaches advanced Six Sigma methodologies for leading process-improvement projects.

It is taught by Dr. Richard Chua and covers the DMAIC roadmap plus statistical tools such as measurement system analysis, hypothesis testing, design of experiments including response surface methods, process capability analysis, and statistical process control.

Level Intermediate to Advanced (assumes Green Belt prerequisites)
Rating 4.8 out of 5
Duration 2+ hours
Languages English
Certificate Certificate of Completion (shareable on LinkedIn)
Access Access while your LinkedIn Learning subscription is active (free trial available)
Course includes
  • 2 exercise files
  • 5 quizzes
  • Offline viewing via mobile app
  • Continuing Education Units
  • Certificate of completion
Price Subscription-based (monthly or annual plans); free trial often available

What This Course Teaches

Outcomes are presented as measurable competencies so learners can apply statistical tools and project leadership to real process-improvement work.

By course end, learners should be able to apply the DMAIC roadmap, perform measurement system analysis, design and analyze experiments, implement SPC, and display verified improvements in process capability.

DMAIC Mastery
Apply the DMAIC roadmap to plan, lead, and close Black Belt-level improvement projects.
Measurement System Analysis
Perform measurement system analyses to quantify measurement error and validate data quality.
Hypothesis Testing
Conduct hypothesis tests and interpret results to support root-cause conclusions.
Regression Analysis
Build and interpret linear and multiple regression models to quantify relationships between variables.
Design of Experiments
Design and analyze factorial experiments, including two-level and full factorial plans, to identify key factors.
Response Surface Methods
Apply response surface methods to model curvature and optimize process settings.
Process Capability
Display and interpret improved process capability using appropriate metrics and capability plots.
Statistical Process Control
Select and analyze SPC charts to monitor process stability and detect assignable causes.
Sample Size & Confidence
Determine sample sizes and compute confidence intervals to ensure statistically reliable conclusions.
ANOVA & Variance Tests
Use ANOVA and variance-comparison tests to compare group means and assess variability sources.

How the Course Is Structured

The course is organized into 36 short video lessons grouped across seven main sections from Introduction through Conclusion, and it runs approximately 2 hours 29 minutes in total.

Lectures are focused, mostly short-format videos arranged under the DMAIC phase headings (Define, Measure, Analyze, Improve, Control) plus introductory and concluding material.

Curriculum overview

01Welcome to Six Sigma: Black Belt43s▾
02The Six Sigma roadmap1m 13s▾
03Six Sigma certification information1m 31s▾
04Exercise files34s▾
05Overview of the Six Sigma Define phase3m 53s▾
06Overview of the Six Sigma Measure phase3m 52s▾
07Process flow metrics3m 36s▾
08Six Sigma data sample sizes3m 11s▾
09Key terms for measurement system3m 31s▾
10Conduct measurement system analysis5m 55s▾
11Measurement system analysis (MSA)6m 28s▾
12Process capability for continuous data5m 17s▾
13Overview of the Six Sigma Analyze phase2m 3s▾
14Hypothesis testing roadmap3m 32s▾
15Sample size determination7m▾
16Confidence intervals3m 13s▾
17Test for normality2m 50s▾
18Compare variances5m 16s▾
19T-tests6m 4s▾
20ANOVA test3m 55s▾
21Contingency tables6m 48s▾
22Nonparametric tests6m 49s▾
23Correlation in Six Sigma projects3m 46s▾
24Linear regression4m 37s▾
25Multiple regression5m 11s▾
26Overview of the Six Sigma Improve phase2m 14s▾
27Two-level fractional factorial experiments3m 43s▾
28Full factorial experiments9m 19s▾
29DOE with curvature6m 29s▾
30Response surface methods8m 36s▾
31Overview of the Six Sigma Control phase2m 14s▾
32SPC chart selection4m 44s▾
33SPC chart analysis5m 1s▾
34Display improved process capability5m 51s▾
35Conclusion▾
36Next steps56s▾

Audience & Requirements

Designed for experienced Six Sigma practitioners, quality engineers, operations managers, and consultants who lead or sponsor process-improvement projects.

Learners should already have Green Belt–level training and familiarity with DMAIC and basic statistical concepts; this course builds on that foundation to prepare candidates for Black Belt responsibilities.

Who It’s For
  • Quality engineers and process-improvement specialists aiming for Black Belt roles.
  • Operations managers and team leads responsible for end-to-end process improvements.
  • Practitioners preparing for formal Six Sigma Black Belt certification or exam prep.
  • Consultants and analysts who apply statistical methods to operational problems.
What You’ll Need
  • Prior completion of a Six Sigma Green Belt course or equivalent practical experience.
  • Comfort with core statistics (hypothesis testing, confidence intervals, regression).
  • Familiarity with statistical software is recommended (Minitab experience is specifically useful).

Final Verdict

Overall, this course is worth taking for experienced practitioners who need a concise, practical Black Belt–level refresher delivered by a recognized instructor on a widely used subscription platform.

Its strong learner reception, shareable certificate, and subscription-based access make it a cost-effective choice for quality engineers, operations leaders, and certification candidates who already have Green Belt–level knowledge and want targeted statistical and project-leadership skill reinforcement.

Beginners or those seeking an extensive, hands-on Black Belt program with long-term project supervision should consider supplementing this course with more project-centered or multi-week training before attempting formal certification.